'Large pipe' presentation slideshows

Electric current is related to the voltage that produces it, and the resistance that opposes it.

Electric current is related to the voltage that produces it, and the resistance that opposes it. Voltage produces a flow of charge, or current , within a conductor. The flow is restrained by the resistance it encounters. The rate at which energy is transferred by electric current is power.

1.33k views • 120 slides

Inlet and Outlet Manifolds and Plant Hydraulics

Inlet and Outlet Manifolds and Plant Hydraulics. In which Kinetic Energy BECOMES SIGNIFICANT (Thanks to A.A. Milne). Nomenclature: a start. 1. The Problem. How can we deliver water uniformly into the bottom of the sedimentation tank and

919 views • 44 slides

Terms Week 9

Terms Week 9. B ellringers:West Virginia Equation. W=V x A (Wattage is equal to volts x amperage. For example, a circuit rated 120 volts and 20 amps can handle 2400 watts (120 times 20 equals 2400)

353 views • 21 slides

A few things . . .

336 views • 18 slides

551 views • 17 slides

EE535: Renewable Energy: Systems, Technology & Economics

EE535: Renewable Energy: Systems, Technology & Economics. Hydroelectric Power. Intro to Hydro. Hydroelectricity is electricity generated by hydropower, i.e., the production of power through use of the gravitational force of falling or flowing water

328 views • 11 slides

Hydropower and Dams

Hydropower and Dams. By: Maggie Curran, Cara LaMotta , and Tara McKeon. How its used to create energy. A large pipe delivers water to the turbine Spins a generator Produces energy. Types of Dams. Reservoir-type storage

475 views • 8 slides